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The time a bullet stays in the air, also known as time of flight, can vary depending on the type of firearm and the bullet's velocity. On average, most bullets travel at supersonic speeds, so they can cover a distance of a few hundred meters in less than a second. Generally, for typical firearms, the time of flight is usually less than a second.
The barrel guides and accelerates the bullet out of the rifle, and imparts spin to the bullet to stabilize the bullet in flight.
Yaw refers to the rotation or deviation of a bullet's long axis from its original flight path. This can occur when a bullet destabilizes in flight, causing it to lose accuracy and potentially tumble upon impact. Yaw affects a bullet's stability and terminal ballistics.
Yes
Tracer ammunition contains pyrotechnic composition at the base of the bullet, which ignites upon firing to create a visible trace of the bullet's trajectory in flight. This allows shooters to track the path of the bullet and make adjustments if needed. Tracer rounds are primarily used for training purposes or in military applications.
Use some software, there are free ballistics programs available on the internet. A bullet throughout it's flight is subjected to the constant force of gravity, an accleration of about 10m/s^2 downwards, so the total drop ends up being a function of flight time. A high velocity bullet drops less than a slower one at the same range because it reaches the target quicker and therefore spent less time dropping.
A bullet rotates in flight due to the rifling inside the barrel of a gun. The rifling creates grooves that grip the bullet and cause it to spin as it travels down the barrel. This spin stabilizes the bullet's trajectory and improves accuracy.
If that is its direction of flight, yes.
The peregrine falcon is faster than a bullet when it dives during flight, reaching speeds over 240 mph.
Trajectory.
line of flight, or you can also call it a parabolic arc.
Known as the muzzle velocity, it is the fastest speed the bullet will have in flight.